Studies on the Mechanism of the Nuclear Reactor Pumped Laser for 3He-Ar-Xe System

WAN Jun-sheng; JING Chun-yuan; ZHAO Zhu-min; JIANG Fei-jun; CHEN Da; WANG Daohua; CHEN Li-xin; PAN Xiaobin; WEI Jia-xiang; ZHAO Xue-qing; LIU Fu-hua; LIU Jin-ru

Journals >Chinese Journal of Lasers >Volume 29 >Issue s1 >Page 23 > Article

Chinese Journal of Lasers
Vol. 29, Issue s1, 23 (2002)

Studies on the Mechanism of the Nuclear Reactor Pumped Laser for ³He-Ar-Xe System

WAN Jun-sheng, JING Chun-yuan, ZHAO Zhu-min, JIANG Fei-jun, CHEN Da, WANG Daohua, CHEN Li-xin, PAN Xiaobin, WEI Jia-xiang, ZHAO Xue-qing, LIU Fu-hua, and LIU Jin-ru

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WAN Jun-sheng, JING Chun-yuan, ZHAO Zhu-min, JIANG Fei-jun, CHEN Da, WANG Daohua, CHEN Li-xin, PAN Xiaobin, WEI Jia-xiang, ZHAO Xue-qing, LIU Fu-hua, LIU Jin-ru. Studies on the Mechanism of the Nuclear Reactor Pumped Laser for ³He-Ar-Xe System[J]. Chinese Journal of Lasers, 2002, 29(s1): 23 Copy Citation Text

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Abstract

The Nuclear Reactor Pumped Lasing Model (NRPLM) He-Ar-Xe was proposed and the power efficiency function was derived in the present work. Tlie power efficiency was built as a function of gas temperature (energy deposition), cell pressure, xenon concentration, He and Ar fractions. The influence of energy deposition on efficiency were also explored. And the laser output was also extimated. The present work will benefit the future experimental design.

Keywords

intrinsic efficiency lasing model nuclear reactor pumped laser Xe laser

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